NecroLog / Process Archaeology
UTC 00:00:00
Connecting...
CPU Utilization 4 Cores
0.0 %
Load Avg: 0.00, 0.00, 0.00
Resident RAM Footprint 0.0%
0.0 MB
Capacity: 0.0 MB Swap: 0.0 MB
PID & Thread Load 0 Active
0 Threads
Total PIDs: 0 PPID 1 Orphans: 0
Spectral Pressure Index Nominal
0.0 /100
Zombie PIDs: 0 Abandoned RSS: 0.0 MB

Process Table & Residue Strata

Active execution tasks inspected for orphan status, lingering sockets, and memory leakage.

PID PPID Command / Daemon Status RSS Memory CPU Classified Archetype Archaeology Audit
Inspecting kernel process table...
Orphan Routine (Severed PPID=1) Memory Specter (>300 MB RSS) Zombie Process (Dead struct in task list) Hung Daemon (>15% CPU load) Nominal Execution Task
Forensic Synthesizer / Deterministic Failover Active

Process Necrology & Autopsy Dossier

Awaiting Telemetry Archaeological Interrogation

Initiate a deep post-mortem analysis across the active kernel process strata. The local open-weight model (or deterministic systems forensics synthesizer) will analyze orphan PIDs, unreaped exit codes, and memory leak vectors to generate an institutional autopsy.

Process Forensic Inspection
Process ID (PID) 1042
Parent PID (PPID) 1
Resident RSS Memory 393.2 MB
CPU Share 18.4%
Operating Status sleeping
Archaeology Class Orphan Routine

Archeological Pathology & Parentage Trace